no upper limit. but the only voltage is increased and power is reserved. this means the current goes down. So you can even create 1000 volts dc, but it wont be that useful.
By decreasing the resistance, of course. For all intents and purposes, without destroying the battery by tearing it apart, the least resistance possible would be a highly conductive material, a.k.a. copper wire or such, touching both ends of the battery at the same time. I explain it like that instead of just saying "short" because it will cause you to actually think it through, instead. Rock on.
I save this video for when i get the parts
Nice
Ohh, Very Nice ❤
If we add a trasistor as switch, will be a boost converter? Of course we wil have to add a feed back coil
yes. but i reccomend to use a bigger capacitor
@@XenyQ_ yes i did the experiment with npn transistor and results 35 v so that it ran a 12v fan powerfully. I used 3 v battery.
@@naturesounds1664 what inductance you used?
@@XenyQ_ i wanna know as well
Wow. How big voltage in can you use? Is there any upper limit?
no upper limit. but the only voltage is increased and power is reserved. this means the current goes down. So you can even create 1000 volts dc, but it wont be that useful.
@@molepistol you can charge capacitors
What is formula exactly? Thank's
trial and error
How to increase the current?
By decreasing the resistance, of course. For all intents and purposes, without destroying the battery by tearing it apart, the least resistance possible would be a highly conductive material, a.k.a. copper wire or such, touching both ends of the battery at the same time. I explain it like that instead of just saying "short" because it will cause you to actually think it through, instead. Rock on.
Joule thief circuits use transistors
it is fake